Development of a minimal IEEE 1451.1 model for microcontroller implementation

Plug-and-play mechanism for plain transducers with wired digital interfaces attached to wireless sensor network nodes

“…The comparison of the suggested mechanism with the reported implementations of the IEEE 1451 system (see e.g. Cummins et al (1998) and Stepanenko et al (2006)) shows that the suggested mechanism allows reduction of the required microcontroller code amount by more than 90%, while at the same time allowing exclusion of additional components (such as memory blocks for storing TEDS or additional processing devices for implementing additional smart features). In addition, the evaluation of the suggested P&P mechanism showed that it makes the initial WSN node program independent of the connected sensors -all of the required sensor drivers are retrieved automatically from the WSN by the node after start-up and peripheral identification.…”

Methodological Error of Angle Measurement by Artillery Sound Ranging System

“…It will increase the computing complexity of the system. This problem was actual in the time of development of mentioned sound metric stations but modern computers and communication technologies provides A-168 automation all measurement and computing functions [22], which are required in sound ranging implementation, including: topographic binding, acoustic environment monitoring, communication between components of the system [23] as well as data aggregation using any algorithm of data processing in real time mode [24] and reprogramming on operating program using active communication interface during operation [25]. These publications are not connected to sound ranging but they consider appropriate aspects of distributive DAQ systems development.…”

Plug and Play Geiger-Muller Detector for Environmental Monitoring

“…It is worth mentioning that several referent IEEE 1451.1 compatible network processor implementations are reported in the literature. [25][26][27][28][29] Based on the Plug and Play Geiger-Muller detector, a monitoring network can be established. Detectors can be distributed over a wide area and accessed over the network to perform a transfer of requested measurement results.…”